Pacific Mobile Structures, Inc.’s Post

Transforming Urban Landscapes: The Broad Holon Building As urbanization accelerates, the need for sustainable, efficient, and adaptable buildings has never been more critical. The Broad Holon Building, developed by Broad Group, is not just an architectural feat but a revolutionary step towards rethinking how we approach construction. 🌱Sustainability at the Core The Holon Building is designed with sustainability at its heart. By leveraging advanced prefabrication techniques, Broad Group significantly reduces construction waste and energy consumption. The building incorporates cutting-edge thermal insulation, air purification, and energy recovery systems, making it a model for eco-friendly living spaces. This approach aligns with global efforts to reduce carbon footprints and create healthier urban environments. 🏗️Rapid Construction Without Compromise Perhaps most astonishing is the speed with which the Broad Holon Building was constructed. Using modular units fabricated off-site, the entire building was assembled in a fraction of the time it would take using traditional methods. This efficiency doesn’t just save time—it also cuts costs and minimizes the disruption often associated with large construction projects. The Broad Holon Building proves that rapid construction doesn’t have to compromise on quality or sustainability. 🌍A Vision for the Future The Broad Holon Building represents more than just a single project; it’s a vision for the future of urban development. As cities around the world grapple with the challenges of population growth, resource scarcity, and climate change, the methods pioneered by Broad Group offer a scalable solution that can be adapted globally. Broad Group’s commitment to innovation is reshaping the way we think about the built environment. The Holon Building is a testament to what’s possible when we push the boundaries of traditional construction, creating spaces that are not only functional but also sustainable and adaptable for generations to come. #Sustainability #Innovation #UrbanDevelopment #Architecture #Construction #BroadGroup #FutureOfCities

Last month, I had the privilege of attending the Council on Tall Buildings and Urban Habitat (CTBUH) 2024 International Conference in London, where industry leaders tackled a pressing question: should we build new or renew what we already have? The consensus? Retrofit is the way forward. From reducing carbon emissions to breathing new life into vacant office spaces, the conversation highlighted the environmental, social and moral duty we have to rethink urban development. 🌍🔄 Here's my event report for Construction News. Shoutout to Michael George of JLL, Dana Robbins Schneider of Empire State Development, Ian Booth of Buro Happold, Catherine Skinner and Matthew Blair of BVN Architecture, Gensler's Ashley Rogow, FXCollaborative's Daniel Kaplan, Turner Construction Company's Fuquan Collins, Ronan Farrell at Tide Construction, KPF's John Bushell, and many others for their insights on the innovative solutions that are shaping our cities. #Sustainability #UrbanRenewal #Retrofit #CTBUH2024 #CircularEconomy #Decarbonisation https://lnkd.in/dY9T-uqn

Passive House design is gaining traction in multifamily development, offering substantial energy savings and promoting sustainability. Despite misconceptions, it applies to various building types and has seen significant growth in the U.S. Furthermore, it differs from Net Zero and LEED certification, focusing on reducing utility grid demand and building envelope performance. While concerns about construction costs exist, the long-term savings often outweigh the initial investment. However, implementing Passive House elements requires expertise and careful planning, challenging the notion that they're simple add-ons to existing plans. Understanding these facts is crucial for realizing the potential of Passive House construction in advancing sustainability and enhancing residential value. Read More: https://lnkd.in/dfBXaJa5 #architecture #innovation #sustainability #construction #realestate #greenarch Visit our blog: https://lnkd.in/dC5-8MCf

It was my honor that I had another collaboration in the works of Prof. Ali Cheshmehzangi 艾历.切希 and I wrote a chapter titled "Rethinking the Design and Water Management of Urban Waterside to Improve the Sustainable Environmental Quality of Cities" in this book. #urban_planning #urban_design #urban_sustainable #sustainability #Water_Management #Sustainable_Environmental #Quality_of_Cities

I just completed a great AIA course on The future of mobility: Sustainable, Human-Centered Urban Design. A key resource shared during the course was *The Sustainable Urban Design Handbook*, which provides an incredible framework for designing cities that prioritize sustainability and human well-being. The handbook organizes over 50 elements of sustainable urban design into five key areas—Energy Use & Greenhouse Gas, Water, Ecology & Habitat, Energy Use & Production, and Equity & Health—across four project scales: Region & City, District & Neighborhood, Block & Street, and Project & Parcel. This graphically rich and accessible resource compares typical practices with recommended approaches, offering clear guidelines to inform urban design decisions at every scale. This is a great resource for architects, planners, and anyone invested in creating sustainable urban environments.

🏢🏗️🌲 Long live the high-rise 🏢🏗️🌲 The high-rise for the future is built of wood and can be reconfigured at any time. A prototype called the Regenerative High-Rise has been designed by Haptic Architects and Ramboll to be freely adaptable. It is also a sign of a long life ahead for the concept of compact living in tomorrow’s world.   In future, buildings must be able to adapt to ever-changing user needs. In addition, climate change is demanding a radical approach to carbon-neutral construction and new types of vertical urban living. So when the designers at Haptic Architects and the engineers at Ramboll started work on their joint project, they were aware of the challenges. Their collaboration produced the Regenerative High-Rise – a modular timber tower that can be adapted as required.   To illustrate the regenerative potential of their design, the companies positioned this modular high-rise in an exemplary, dense urban setting at the heart of Oslo. The aim was to create a high-rise prototype whose lifecycle extends far beyond conventional timescales.   One of the aspirations for the future of construction is the careful handling of resources. “We have seen too many examples of new buildings being demolished because they are unable to be adapted to new uses,” observes Haptic managing director Tomas Stokke in conversation with online portal Dezeen. “We need to design buildings that are more flexible to change.”   The Regenerative High-Rise is a well-developed design whose excellent flexibility allows practical use in all sorts of contexts. “The project is designed to push boundaries in sustainable, adaptable high-rise architecture,” the project team explains. “This universal design concept could be commissioned for any city in the world.”   Its design allows a rich variety of uses – whether for living, working or commercial purposes. When the building is needed for a different function, it is simply reconfigured instead of demolished.   “As the pandemic has shown, needs and requirements can change very suddenly. The uses of the Regenerative High-Rise can be changed with ease – from offices to hotel, from residential to production,” the concept developers say …   🏢🏗️🌲 Click here for the full article: https://lnkd.in/dESpFTaa   #ubmdevelopment #greensmartandmore #greenbuilding

It's impossible to ignore the two biggest issues at hand in Ontario; housing affordability and urban density. The challenges are markers of several things from economic environment to the quality of life for future generations and at Studio VMA we aim to create spaces that innovate and benefits today's society and future generations. Check out our latest blog post talking all about this dual dilemma: #ontariohousing #housingaffordability #ontariohomes #ontariobuilding #architect #architecture #construction

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High-Rise Buildings (Part 2) High rise Buildings (Part one) we discussed what is the definition of the High-Rise Buildings , and today we will discuss High-rise building (Part 2) which is Why High-Rise Buildings Should Be Built in Today's Dimensions. actually answering this question will come in the following points: 1- Iconic Landmarks: High-rise buildings often become iconic landmarks that define the identity and skyline of a city. These structures can symbolize progress, modernity, and economic strength, attracting tourists and boosting the city's global image. 2- Population Growth: Urban areas worldwide are experiencing rapid population growth, which creates a pressing need for more housing and commercial spaces. High-rise buildings offer a practical solution by providing the necessary space to accommodate this influx of people without expanding the city's footprint. 3- Rising Land Prices: The cost of land in prime urban locations is continuously rising. Building upwards allows developers to make the most efficient use of expensive land, maximizing the return on investment and providing more units for residential or commercial use within the same plot of land. 4- Vertical Expansion in Dense Cities: In many densely populated cities, horizontal expansion is not a feasible option due to limited available land. The only viable solution is to build vertically, creating more space for living, working, and leisure activities without encroaching on the surrounding environment. 5- Enhanced Infrastructure Connectivity: High-rise buildings can significantly improve infrastructure connectivity. By concentrating a large number of people in a small area, these buildings can enhance access to public transportation, utilities, and services. This concentration can also lead to more efficient delivery of goods and services, reducing travel times and improving the overall quality of life for residents. 6- Advancements in Techniques and Materials: The challenges associated with constructing high-rise buildings have spurred innovations in building techniques and materials. These advancements include the development of stronger and lighter materials, improved construction methods, and sophisticated architectural designs. Without the demand for high-rise construction, many of these innovations might not have been realized, and the field of architecture and engineering would not have progressed as rapidly. By addressing these critical needs, high-rise buildings play a vital role in shaping the future of urban development, making cities more sustainable, efficient, and livable. will see all in Part 3 of High-Rise Buildings to Discuss Why Are We Building Skyscrapers Taller and Taller?

In an era marked by the increasing impact of climate change, the design and construction of buildings play a pivotal role in creating resilient urban environments. Mixed-use buildings, which blend commercial, residential, and sometimes industrial spaces, have emerged as a crucial component in sustainable urban development. This blog explores the concept of resilient design within the context of mixed-use buildings, emphasizing strategies and innovations that enable these structures to withstand the challenges posed by a changing climate. #ResilientDesign #MixedUseBuildings #ClimateResilience #SustainableDesign #ClimateChallenges #BuildingResilience